Light is a key ingredient for large scientific research facilities known as synchrotrons and Free Electron Lasers (FELs). At the heart of one of these giant machines is a particle accelerator which is used to create an incredibly bright light. This light is so intense it can reveal the atomic and molecular detail of the world around us…
Lasers
Daily activities, from scanning items at a grocery store checkout to playing your favorite CD, require the very precise light lasers provide. This page will contain links to resources that will allow you to explore how laser light differs from regular light, browse a timeline of laser science milestones, and learn about the Nobel Prize winning contributions of the many scientists that made the laser possible.
Lightsources of the world
Light is a key ingredient for large scientific research facilities known as synchrotrons and Free Electron Lasers (FELs). At the heart of one of these giant machines is a particle accelerator which is used to create an incredibly bright light. This light is so intense it can reveal the atomic and molecular detail of the world around us, and is used by scientists the world over for fundamental and applied research into almost every scientific research field imaginable. There are now more than 60 synchrotrons and FELs around the world dedicated to applications in physics, engineering, pharmacology, and new materials, to name but a few. You can browse these pages for information and links to resources that will allow you to explore the remarkable properties of these magnificent machines.
Light in Nature
From sunsets to rainbows, from the blues and greens of the ocean to the remarkable range of colors of plants and animals, our first experiences of light and color are through what we see in the natural world. This page will contain resources and links to images so that you can see for yourself the wonderful range of light and color in the natural world and understand the science behind it.
